Abstract
This paper examines how Canadian media have discussed the role of natural gas in climate change mitigation from 2016 to 2019. It also explicates different stakeholders' varying stances on the environmental impacts of North America's ongoing “shale gas boom,” as manifested in their conflicting attitudes toward designating unconventional gas as a bridge to a low-carbon future. The data in question consist of 99 articles published by Canadian media sources, all of which included explicit references to either “bridge fuel” or “transition fuel.” Through a qualitative thematic analysis, I found that more than half of the articles adopted the conventional definition of bridge fuel. Meanwhile, there are three less common, yet noteworthy interpretations arising out of the rest of the articles, which conflict with each other in terms of their views on the relationship between unconventional gas and greenhouse gas emissions reduction. Overall, the fact that bridge fuel references only appeared in a fraction of Canadian environmental and energy news reports during the target period suggests the issue's peripheral status in the Canadian media sphere. Given this situation, the paper ends by calling for more knowledge mobilization efforts to raise public awareness of the controversial factors underlying expanding unconventional gas production and consumption.
Funder
Social Sciences and Humanities Research Council of Canada
Ryerson University
Reference72 articles.
1. Thematic coding and analysis,868 AyresL. Thousand Oaks, CASage PublicationsThe Sage Encyclopedia of Qualitative Research Methods2012
2. British Columbia's Natural Gas Strategy: Fuelling B.C.'S Economy for the Next Decade and Beyond2012
3. Shale we drill? Discourse dynamics in UK fracking debates;Bomberg;J. Environ. Policy Plan.,2017
4. Methane leaks from north american natural gas systems;Brandt;Science,2014
5. Oil sands, pipelines and fracking: citizen acceptance of unconventional fossil fuel development and infrastructure in Canada;Brunner;Energy Res. Soc. Sci.,2020
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